Geochemistry of hydrothermal alteration associated with cenozoic intrusion-hosted Cu-Pb-Zn mineralization at tavşanlı area, Kütahya, NW Turkey

Keyphrases

• Albite 25%
• Albitization 50%
• Alteration Zones 25%
• Argillic 25%
• Argillic Alteration 25%
• Azurite 25%
• Base Metals 25%
• Brecciation 25%
• Brittle Fracture 25%
• Carbonate Alteration 25%
• Carbonatization 25%
• Cenozoic 100%
• Chalcopyrite 25%
• Chemical Constituents 25%
• Chemical Exchange 25%
• Covellite 25%
• Cu-Cu 25%
• Fault Cutting 25%
• Fracture Zone 25%
• Galena 25%
• Granitoids 50%
• Host Rock 25%
• Hydrothermal Alteration 100%
• Hydrothermal Fluids 25%
• HypoGen 50%
• In the Zone 25%
• Magma Intrusion 25%
• Malachite 25%
• Mass Gain 50%
• Mass Loss 50%
• Miocene 25%
• NW Turkey 100%
• Ore Mineralogy 25%
• Pb-Zn 50%
• Pb-Zn Mineralization 100%
• Petrology 25%
• Phyllic 25%
• Phyllic Alteration 25%
• Pluton 25%
• Pyrite 25%
• Sericitization 25%
• Silica 25%
• Silicic 50%
• Silicification 50%
• Sphalerite 25%
• Stockwork 25%
• Sulfidation 25%
• Supergene 50%
• Turkey 25%
• Vein-type 50%
• Volume Gain 25%
• Wall Rock 25%
• Zonal Distribution 25%

Earth and Planetary Sciences

• Albitization 50%
• Base Metal 25%
• Brittle Fracture 25%
• Chalcopyrite 25%
• Fracture Zone 25%
• Granitoid 50%
• Host Rock 25%
• Hydrothermal Alteration 100%
• Hydrothermal Fluid 25%
• Malachite 25%
• Miocene 25%
• Petrography 25%
• Silicification 25%
• Sulfidation 25%
• Wall Rock 25%
• Zincblende 25%